Schweitzer Engineering Laboratories SEL-487V Скачать руководство пользователя страница 25

Schweitzer Engineering Laboratories, Inc.

SEL-487V Data Sheet

25

Thermal Rating:

50 A for 1 s

MOV Protection 

(Maximum Voltage):

330 Vdc

Pickup/Dropout Time:

6 ms, resistive load

Inductive Breaking Capacity (10,000 Operations):

48 Vdc

10 A

L/R = 40 ms

125 Vdc

10 A

L/R = 40 ms

250 Vdc

10 A

L/R = 20 ms

Cyclic Capacity (4 Cycles in 1 Second, Followed by 2 Minutes Idle 

for Thermal Dissipation):

48 Vdc

10 A

L/R = 40 ms

125 Vdc

10 A

L/R = 40 ms

250 Vdc

10 A

L/R = 20 ms

Mechanical Durability:

10,000 no-load operations

High-Speed, High-Current Interrupting

Rated Carry:

6 A continuous carry at 70°C
4 A continuous carry at 85°C

Rated Make:

30 A at 250 Vdc

Thermal:

50 A for 1 s

Pickup Time:

10 

s, resistive load

Dropout Time:

8 ms, resistive load

Breaking Capacity (10,000 Operations):

48 Vdc

10 A

L/R = 40 ms

125 Vdc

10 A

L/R = 40 ms

250 Vdc

10 A

L/R = 20 ms

Cyclic Capacity (4 Cycles in 1 Second, Followed by 2 Minutes Idle 

for Thermal Dissipation):

48 Vdc

10 A

L/R = 40 ms

125 Vdc

10 A

L/R = 40 ms

250 Vdc

10 A

L/R = 20 ms

Mechanical Durability:

10,000 no-load operations

Minimum Current Rating:

10 mA

Update Rate:

1/8 cycle

Note:

 Per IEC 60255-23:1994, using the simplified method of 

assessment

Note:

 Make rating per IEEE C37.90-2005.

Note: 

Per IEC 61810-1:2005.

Control Inputs
Optoisolated (Use With AC or DC Signals)

General

Sampling Rate:

2 kHz

Main Board:

5 inputs with no shared terminals
2 inputs with shared terminals

INT 2, INT7, and INT8 

Interface Boards:

8 inputs with no shared terminals

INT 3 and INT 4:

6 inputs with no shared terminals
18 inputs with shared terminals

(2 groups of 9 inputs, with each group 
sharing one terminal)

Voltage Options:

48, 110, 125, 220, 250 V

DC Thresholds (Dropout Thresholds Indicate Level-Sensitive Option)

48 Vdc

Pickup 38.4–60.0 Vdc;
Dropout <28.8 Vdc

110 Vdc:

Pickup 88.0–132.0 Vdc;
Dropout <66.0 Vdc

125 Vdc:

Pickup 105–150 Vdc;
Dropout <75 Vdc

220 Vdc:

Pickup 176–264 Vdc;
Dropout <132 Vdc

250 Vdc:

Pickup 200–300 Vdc;
Dropout <150 Vdc

Current Draw:

5 mA at nominal voltage;
8 mA at 110 V option

Rated Frequency:

50 ± 5 Hz, 60 ± 5 Hz

AC Thresholds (Ratings Met Only When Recommended Control 

Input Settings Are Used—See Table 2.1)

48 Vac:

Pickup 32.8–60.0 Vac rms;
Dropout <20.3 Vac rms

110 Vac:

Pickup 75.1–132.0 Vac rms;
Dropout <46.6 Vac rms

125 Vac:

Pickup 89.6–150.0 Vac rms;
Dropout <53.0 Vac rms

220 Vac:

Pickup 150.3–264.0 Vac rms;
Dropout <93.2 Vac rms

250 Vac:

Pickup 170.6–300.0 Vac rms;
Dropout <106 Vac rms

Current Draw:

<5 mA at nominal voltage
<8 mA at 110 V option

Auxiliary Breaker Control Pushbuttons

Quantity:

2

Pushbutton Functions:

One (1) pushbutton shall be provided to 

open the breaker.

One (1) pushbutton shall be provided to 

close the breaker.

Resistive DC or AC Outputs With Arc Suppression Disabled:

Make:

30 A

Carry:

6 A continuous carry

1 s Rating:

50 A

MOV Protection 

(Maximum Voltage):

250 Vac/330 Vdc

Breaking Capacity (10,000 Operations):

48 V

0.50 A

L/R = 40 ms

125 V

0.30 A

L/R = 40 ms

250 V

0.20 A

L/R = 40 ms

High Interrupt DC Outputs With Arc Suppression Enabled:

Make:

30 A

Carry:

6 A continuous carry

1 s Rating:

50 A

MOV Protection:

330 Vdc/130 J

Breaking Capacity (10,000 Operations):

48 V

10 A

L/R = 40 ms

125 V

10 A

L/R = 40 ms

250 V

10 A

L/R = 20 ms

Breaker Open/Closed LEDs:

48 Vdc:

on for 30–60 Vdc;

125 Vdc:

on for 80–150 Vdc; 96–144 Vac

250 Vdc:

on for 150–300 Vdc; 192–288 Vac

Note: 

With nominal control voltage applied, each LED draws 8 mA 

(max.). Jumpers may be set to 125 Vdc for 110 Vdc input and set to 
250 Vdc for 220 Vdc input.

Note: 

Per IEC 60255-23:1994, using the simplified method of 

assessment.

Note: 

Make rating per IEEE C37.90-2005.

Note: 

Per IEC 61810-2:2005.

Communications Ports

EIA-232:

1 front and 3 rear

Serial Data Speed:

300–57600 bps

Communications Card Slot for Optional Ethernet Card

Ordering Options:

10/100BASE-T

Connector Type:

RJ45

Ordering Option:

100BASE-FX Fiber-Optic

Connector Type:

LC

Fiber Type:

Multimode

Содержание SEL-487V

Страница 1: ... applica tions Control The SEL 487V 1 is available with control functions for maintaining system voltage VAR or power factor PF levels and reactor loading The control functions include auto manual and local remote control capabilities with control insta bility detection for alarm or blocking of control operations Implement the time of day control fea ture to synchronize capacitor bank insertion wi...

Страница 2: ...mation systems using IEC 61850 or DNP3 proto col directly Optionally connect to DNP3 networks through an SEL 2032 Communications Processor File transfer protocol FTP is provided for high speed data collection Connect to substation or cor porate LANs to transmit synchrophasors in the IEEE C37 118 2005 format using TCP or UDP Internet protocols Simple Network Time Protocol SNTP The relay shall be ca...

Страница 3: ...erential 3 LOP Loss of Potential 2 ANSI NUMBERS ACRONYMS AND FUNCTIONS 27P 27 P Q B 32 P G 37C 46P 49 50BF 50FO 50 P G Q 51 P G Q 59 P G B 60 60N 60P 67 P G Q 81 O U R 85 RIO 87V 87VN DFR HMI LGC MET PMU RTU SER ADDITIONAL FUNCTIONS BRM LDP 1 Copper or Fiber Optic Optional Feature Phase Undervoltage Undervoltage Phase Neg Seq Bank Real and Reactive Power Phase Ground Undercurrent Phase Current Unb...

Страница 4: ...to line switching operations Neutral Voltage Differential Elements Figure 3 Neutral Voltage Differential One Line Diagram The SEL 487V provides three neutral voltage differential elements for protection of up to three ungrounded wye capacitor banks The neutral voltage differential elements of the SEL 487V calculate zero sequence voltage from the three phase potential inputs provided from the line ...

Страница 5: ...currents The relay offers three levels of phase negative and zero sequence overcurrent protection for the W terminal current inputs Torque control is provided for each element The SEL 487V also includes ten selectable operating quantity inverse time overcurrent elements You can select the operating quantities from the following IA IB IC MAX IA IB IC where IA IB IC can be funda mental or rms quanti...

Страница 6: ...A or 5 A The FAULT Relay Word is asserted The circuit breaker has been closed open phase detection element has deasserted for a settable dropout period Breaker Failure Protection Incorporated into the SEL 487V is a full function breaker failure system High speed open pole detection logic allows you to set the pickup current below minimum load for sensitivity without sacrificing high speed dropout ...

Страница 7: ...SCII commands SELOGIC control equations Fast Operate messages and from the one line diagram The one line diagram includes user configurable apparatus labels and as many as six user definable analog quantities One Line Bay Diagrams The SEL 487V offers a variety of preconfigured one line diagrams for common bus and capacitor bank configurations Once a one line diagram is selected the user has the ab...

Страница 8: ...gs with the ACSELERATOR QuickSet settings interface The standard style settings are displayed in traditional form under the relay form ACSELERATOR QuickSet also provides an interactive relay setting entry method The interactive method works by clicking on the one line diagram labels This action automatically displays all the settings for the device selected This method provides an easy way of orga...

Страница 9: ...Front Panel Display The liquid crystal display LCD shows event metering settings and relay self test status information The target LEDs display relay target information as described in Figure 8 and explained in Table 4 The LCD is controlled by the navigation pushbuttons Figure 9 automatic messages the relay generates and user programmed analog and digital display points The rotating display scroll...

Страница 10: ...splay Points Create custom screens showing metering values special text messages or a mix of analog and status information Figure 11 shows an example of how display points can be used to show circuit breaker information and current metering As many as 96 display points can be created All display points occupy only one line on the display at all times The height of the line is programmable as eithe...

Страница 11: ...ol independent of the relay The auxiliary trip close pushbuttons are electrically separate from the relay operating even if the relay is powered down Make the extra connections at Terminals 201 through 208 See Figure 21 through Figure 22 for a rear panel view Figure 13 shows one possible set of connections The auxiliary trip close pushbuttons incorporate an arc suppression circuit for interrupting...

Страница 12: ...porting In response to a user selected internal or external trigger the voltage current and element status information contained in each event report confirms relay scheme and system performance for every fault Decide how much resolution analog data are necessary when an event report is triggered 8 kHz 4 kHz 2 kHz or 1 kHz The relay stores from 24 seconds of data per fault at 1 kHz resolution to 3...

Страница 13: ...profile report provides a comma separated variable CSV list that can be loaded into any spreadsheet or database for analysis and graphical display SELOGIC enable disable functions can start and stop signal profiling based on Boolean or analog comparison conditions High Accuracy Timekeeping With a combination of IRIG B and a global positioning satellite the SEL 487V time tags oscillography to withi...

Страница 14: ...and Settings Automation Flexible Control Logic and Integration Features SEL 487V control logic Replaces traditional panel control switches Eliminates RTU to bay wiring Replaces traditional latching relays Replaces traditional indicating panel lights Performs real time control using synchrophasor data Eliminate traditional panel control switches with 32 local control points Set clear or pulse local...

Страница 15: ... to your logic functions Programming SELOGIC control equations consists of combining relay elements inputs and outputs with SELOGIC control equation operators Table 7 Any element in the Relay Word can be used in these equations The SEL 487V is factory set for use without additional logic in most situations For complex or unique applications these expanded SELOGIC functions allow superior flexibili...

Страница 16: ...perating in the MIRRORED BITS communications mode Communicated information can include digital analog and virtual terminal data Virtual terminal allows the operator access to remote relays through the local relay MIRRORED BITS port These MIRRORED BITS can be used to transfer information between the SEL 487V and other system voltage regulation devices to provide enhanced system voltage and power fa...

Страница 17: ...ion sessions Telnet can access relay settings as well as metering and event reports remotely using the ASCII interface Transfer settings files to and from the relay via the high speed Ethernet port with FTP IEEE C37 118 Synchrophasors The latest IEEE synchrophasor protocol provides a standard method for communicating synchronized phasor measurement data over Ethernet or serial media The integrated...

Страница 18: ...an data and desig nated remote analog outputs are provided with 3 ms latency from device to device Apply outgo ing GOOSE messages for high speed control and monitoring of external breakers switches and other devices IEC 61850 Data Server The SEL 487V equipped with embedded IEC 61850 Ethernet protocol pro vides data according to predefined logical node objects As many as six simultaneous client ass...

Страница 19: ...logic and general indication Each control output is programmable using SELOGIC control equations One board can be added to the 4U chassis and two additional I O boards can be added to the 5U chassis Breaker Control The SEL 487V contains analog voltage inputs for multiple sources and control inputs to indicate both breaker and disconnect position as well as the logic required to provide breaker con...

Страница 20: ...er Engineering Laboratories Inc 20 Front and Rear Panel Diagrams Figure 19 Typical SEL 487V Horizontal Front Panel Diagrams i4453a i4454b 4U Horizontal Rack Mount With Auxiliary Trip and Close Pushbuttons 5U Horizontal Panel Mount ...

Страница 21: ... Engineering Laboratories Inc SEL 487V Data Sheet 21 Figure 20 Typical SEL 487V Vertical Front Panel Diagrams 4U Vertical Rack Mount 5U Vertical Panel Mount With Auxiliary Trip and Close Pushbuttons i4455b i4456b ...

Страница 22: ...L 487V Data Sheet Schweitzer Engineering Laboratories Inc 22 Figure 21 4U Rear Panel Options 4U With INT2 I O Interface Board 4U With Main Board and No I O Interface Board 4U With INT4 I O Interface Board ...

Страница 23: ...torized With INT3 and INT8 Interface Boards and Ethernet Option Relay Dimensions Figure 23 SEL 487V Dimensions for Rack and Panel Mount Models Horizontal Mounting Shown Dimensions Also Apply to Vertical Mounting 5U Connectorized With INT3 and INT8 Interface Boards and Ethernet Option ...

Страница 24: ...VA at 1 A 5 A Nominal 0 5 VA at 5 A AC Voltage Inputs Three phase four wire wye connections are supported Rated Voltage Range 55 250 VLN Operational Voltage Range 0 300 VLN Ten Second Thermal Rating 600 Vac Burden 0 1 VA 125 V Frequency and Rotation Nominal Frequency Rating 50 5 Hz 60 5 Hz Phase Rotation ABC or ACB Frequency Tracking Range 40 65 Hz 40 Hz 40 Hz 65 Hz 65 Hz Maximum Slew Rate 15 Hz s...

Страница 25: ...up 105 150 Vdc Dropout 75 Vdc 220 Vdc Pickup 176 264 Vdc Dropout 132 Vdc 250 Vdc Pickup 200 300 Vdc Dropout 150 Vdc Current Draw 5 mA at nominal voltage 8 mA at 110 V option Rated Frequency 50 5 Hz 60 5 Hz AC Thresholds Ratings Met Only When Recommended Control Input Settings Are Used See Table 2 1 48 Vac Pickup 32 8 60 0 Vac rms Dropout 20 3 Vac rms 110 Vac Pickup 75 1 132 0 Vac rms Dropout 46 6 ...

Страница 26: ... wiring regulations Type Tests Installation Requirements Overvoltage Category 3 Pollution Degree 2 Safety Product Standards IEC 60255 27 2013 IEEE C37 90 2005 21 CFR 1040 10 Dielectric Strength IEC 60255 27 2013 Section 10 6 4 3 2 5 kVac 50 60 Hz for 1 min Analog Inputs Contact Outputs Digital Inputs 3 6 kVdc for 1 min Power Supply Battery Monitors 2 2 kVdc for 1 min IRIG B 1 1 kVdc for 1 min Ethe...

Страница 27: ...s IEC 60255 26 2013 Section 7 1 Class A 47 CFR Part 15B Class A Canada ICES 001 A NMB 001 A Environmental Product Standards IEC 60255 27 2013 Cold Operational IEC 60068 2 1 2007 Test Ad 16 hours at 40 C Cold Storage IEC 60068 2 1 2007 Test Ad 16 hours at 40 C Dry Heat Operational IEC 60068 2 2 2007 Test Bd 16 hours at 85 C Dry Heat Storage IEC 60068 2 2 2007 Test Bd 16 hours at 85 C Damp Heat Cycl...

Страница 28: ...5 per unit Time Delay Range 0 00 400 0 s Reset Time Range 0 00 400 00 s Time Delay Accuracy 0 1 4 2 ms at 60 Hz Torque Control SELOGIC control equation Three Phase Current Unbalance Elements Number of Elements 3 W current channels only Pickup Range 0 00 to 2 00 per unit INOM Pickup Accuracy Steady State 1 of set point Maximum Pickup Dropout Time 1 5 cycles Time Delay Range 0 00 400 0 s Time Delay ...

Страница 29: ... Range 3 phase OFF 1 900 W secondary in 1 W steps Single phase OFF 0 30 900 W secondary in 0 1 W steps Pickup Accuracy 3 of setting and 5 W power factor 0 5 at nominal frequency Time Delay Range 0 16 000 cycles 0 125 cycle increment Time Delay Accuracy 0 1 of setting 0 125 cycle Bay Control Breakers 1 Disconnects Isolators 10 maximum Timers Setting Range 1 99999 cycles 1 cycle steps Time Delay Acc...

Страница 30: ...gnitude Accuracy at 20 C and Nominal Frequency 0 2 0 5 mA Unbalance Metering Quantity Differential Voltage dVA dVB dVC dVG1 dVG2 dVG3 Accuracy 1 0 Range 0 01 V to 100 00 V Quantity Unbalance Current 60N 60P Magnitude Accuracy 0 3 Phase Accuracy 0 3 Current Range at 0 001 to 5 000 INOM K Compensation Factors Magnitude Accuracy 1 0 0 002 KSET Phase Angle Accuracy 0 3 Optional RTD Elements RTD Temper...

Страница 31: ...cle dur Medium 1 sample cycle 176 cycle dur Slow 1 sample 64 cycles 4096 cycle dur Daily 1 sample day Indefinite Control Functions SEL 487V 1 Voltage Control Dead Band Range 10 00 300 00 V sec Dead Band Control Delay 1 6000 s Stall Time Delay 1 6000 s Power Factor Control Dead Band Range 0 01 0 99 Dead Band Control Delay 1 6000 s Stall Time Delay 1 6000 s Minimum Operating Power 1 W or 1 VAR sec V...

Страница 32: ...and international copyright and patent laws in its products including without lim itation software firmware and documentation The information in this document is provided for informational use only and is subject to change without notice Schweitzer Engineering Laboratories Inc has approved only the English language document This product is covered by the standard SEL 10 year warranty For warranty ...

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